In this paper, we propose an approximation model to quickly approximate the WCET and energy consumption of the code at compile-time. Instead of using traditional WCET and energy analyses, we exploit this approximation model to perform ScratchPad Memory (SPM) allocation-based multi-objective optimization.
7 Jun 2022
An approximation model is proposed to quickly approximate the WCET and energy consumption of the code at compile-time and is exploited to perform ScratchPad ...
In this paper, we propose an approximation model to quickly approximate the WCET and energy consumption of the code at compile-time. Instead of using ...
26 Jul 2023 · To minimize Worst-Case Execution Time (WCET) and energy objectives, we propose a multi-objective DSA-based optimization. Static SPM allocations ...
26 Jul 2023 · However, optimizing energy consumption might lead to higher Worst-Case Execution Time (WCET), leading to an un-schedulable system, as frequently ...
We propose an automated technique of determining the optimal compiler optimization setting for minimum energy consumption utilizing power profile results.
Approximating WCET and Energy Consumption for Fast Multi-Objective Memory Allocation. Conference Paper. Jun 2022. Shashank Jadhav · Heiko Falk.
Approximating WCET and Energy Consumption for Fast Multi-Objective Memory Allocation · Computer Science, Engineering. International Conference on Real-Time and ...
Approximating WCET and Energy Consumption for Fast Multi-Objective Memory Allocation ... allocation techniques for data memory that aim to minimize a task's WCET.
11 Jul 2023 · Θ = F(x)=(F1(x), F(x)2, F3(x)) | x ∈ X where, F1(x) = WCET,. F2(x) = Energy Consumption, and. F3(x) = Schedulability. © Shashank Jadhav.
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